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An overview of key concepts in c++ programming, including class declaration, member functions, inheritance, and operator overloading. It covers topics such as access specifiers (public, private, protected), constructor overloading, and the use of friend functions. The document also includes examples of c++ code demonstrating these concepts. This resource would be useful for students studying introductory c++ programming, particularly those enrolled in courses like mississippi state university's cse1284 and cse1384.
Typology: Schemes and Mind Maps
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Developed for Mississippi State University's CSE1284 and CSE1384 courses February 17, 2009 Download the latest version from
Declaration Example
public members are accessible from anywhere the class is visible.
private members are only accessible from the same class or a friend (function or class).
protected members are accessible from the same class, derived classes, or a friend (function or class).
constructors may be overloaded just like any other function. You can define two or more constructors as long as each constructor has a different parameter list.
Definition of Member Functions
Examples
Definition of Instances Example
Accessing Members Example
Inheritance allows a new class to be based on an existing class. The new class inherits all the member variables and functions (except the constructors and destructor) of the class it is based on.
Example
Visibility of Members after Inheritance Inheritance Access Specifier in Base Class Specification (^) private protected public private - private private protected - protected protected public - protected public
C++ allows you to define how standard operators ( , , , etc.) work with classes that you write. For example, to use the operator with your class, you would write a function named for your class.
Example Prototype for a function that overloads for the class:
If the object that receives the function call is not an instance of a class that you wrote, write the function as a friend of your class. This is standard practice for overloading and .
Example Prototype for a function that overloads for the class:
Make sure the return type of the overloaded function matches what C++ programmers expect. The return type of relational operators ( , , , etc.) should be , the return type of should be , etc.
Example
Example
Example
C++ Reference:
C++ Tutorial:
C++ Examples:
Gaddis Textbook: Video Notes Source Code (5th^ edition)